Articles - LintechTT

Automatic card dispenser machine with four-step workflow: Load Cards, Adjust Gripper, Start Dispensing, Collect Card, on a light background.

29 Jul

How Does a Card Dispenser Work? Complete Workflow & Operating Process

Introduction A card dispenser is an essential component in many self-service systems, including hotel check-in kiosks, parking payment terminals, access control systems, ticket vending machines, banking kiosks, and healthcare registration terminals. Its primary function is to automatically dispense, verify, and recover cards with high speed and reliability. This article explains the complete operating process of a standard card dispenser, from power-on initialization to card dispensing, recovery, and error handling. 1. Power-On Self-Test When the...

16 Jun

What Card Sizes Can a Card Dispenser Handle?

by lintechtt

in Articles, Self-service Device

Comments

What Card Sizes Can a Card Dispenser Handle? A Complete Guide to Card Dimensions and Thickness Automatic card dispensers are widely used in self-service kiosks, access control systems, membership management, financial terminals, and many other automated card issuing applications. When selecting a suitable card dispenser, one of the most important factors to consider is its compatibility with different card sizes and thicknesses. Standard Card Size Supported by Most Card Dispensers Most standard card...

15 Jun

24GHz Radar Sensor CAN Protocols Hareware Connection and Test

by lintechtt

in Articles, UAV Applications

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NRA24/MR72 CAN Radar Hardware Connection Guide To verify the CAN communication function and data output of the MR72 millimeter-wave radar, a simple CAN bus test setup is required. By connecting the MR72 radar to a PC through a USB-to-CAN adapter, users can monitor radar data, perform parameter debugging, and validate CAN communication. Required Equipment MR72 CAN Millimeter-Wave Radar ×1 USB-to-CAN Adapter (USBCAN) ×1 Windows PC ×1 12V DC Power Supply ×1 CAN...

29 May

Does Aircraft Speed Affect a 200m Radar Altimeter?

by lintechtt

in Articles, UAV Applications

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Aircraft speed does affect radar altimeter performance, but the impact depends on the radar architecture, update rate, beam width, flight attitude, and flight speed.For a 200-meter radar altimeter such as the LintechTT 24GHz Altimeter Radar NRA24, the system is designed to maintain stable altitude measurement for UAVs, helicopters, and low-altitude aircraft, even during dynamic flight conditions. The NRA24 adopts 24GHz FMCW millimeter-wave radar technology with: 0.5–200m measurement range ±0.1m accuracy 42Hz...

11 Mar

FPV Analog Camera – Ultra Low Latency CVBS Camera for FPV Drones

by lintechtt

in Articles, UAV Applications

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Introduction In the world of FPV (First Person View) drones, video latency is everything. When flying at high speed, even a small delay can affect control accuracy and pilot reaction time. For this reason, analog CVBS FPV cameras remain the preferred solution for racing drones, freestyle drones, and industrial FPV systems. Compared with digital transmission systems, analog cameras provide: True zero latency Stable signal transmission High reliability Lower power consumption This FPV analog...